Several materials of technological importance require high temperature processing over long durations and demand a large cost and energy footprint. Electromagnetic waves, such as microwave radiation and lasers can lower both temperatures and times involved in processing various types of materials, ranging from cooking food, making pharmaceutical drugs and 3D printed plastic parts to applications in precision surgery. What is common to all these examples is the idea that the electromagnetic fields absorbed within a material may not be immediately converted to heat, but can instead promote other forms of chemical or physical reactions.
This inaugural two-day workshop will foster collaboration between the research communities that use electromagnetic fields (in particular microwave radiation and lasers) for making materials. This workshop will spawn discussions and cross-pollinate ideas between members of both communities that will uncover answers to the longstanding scientific challenges in using electromagnetic fields for materials synthesis/processing.
From an industrial standpoint, technological advances in processing advanced materials using electromagnetic fields can have a smaller energy footprint compared to conventional synthesis and as such will have a profound impact on society. These materials will additionally find use in diverse areas like sustainable infrastructure, transportation, clean energy, water management and healthcare.
July 25 2018
11:00 AM - 12:30 PM
Electrical and Computer Engineering
Summer undergraduate internship research symposium
Scott Hall, Marquis Room